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FEASIBLE STUDY ON THE integration system FOR THE SPACE MONITORING OF MAJOR EARTHQUAKES AND VOLCANOES IN TERRESTRIAL LAND

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Chinese Geographical Science 2002年第4期12卷 350-353页

作者： BO Li-qun(Changchun Institute of Geography,t he Chinese Academy of Sciences,Changchun 130012,P.R.China) Changchun Institute of Geography the Chinese Academy of Sciences Changchun P. R. China

With the rapid development of space technology,earth observation tech nology and sky observatory technolo-gy,they have played a more and more im portant part in monitoring and predi cting of earthquakes and volcanoes i n the terres-trial *** recent years,the rela ted agencies have done the experimen ts and researches on monitoring and p redicting of earthquakes and volcanoes in the forewarning period by means of many appr oaches,such as satellite thermal in frared re-mote sensing(TIRS),Global Positioning system(GPS),differential interferometric syn thesis aperture radar(D-INSAR),astronomical time-latitude residual anomaly,and Geographic Information systems (GIS),etc.A quite large number of re-search foundation has been built in t he fundamental theories and applica tion *** experiments and re searches have shown that these technology is e fficient methods for high frequency crust *** the existed separate scientific forces and results are possibly asse mbled together to form a more complete integration monitoring system wit h the combina-tion of space,sky observation,grou nd,deep geology and macro anomaly,i t will come into a new stage of monitoring and predicting of earthquakes and volca nic eruptions.

关键词： space technology integration system earthquake and volcano

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An integrated electronic textile system capable of displaying full-color images and videos

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Science China Materials 2024年第9期67卷 3021-3028页

作者： Junyi Zou Guodong Feng Jiaqi Wu Yuanyuan Zheng Yue Liu Yulu Ai Zhen Wang Huisheng Peng Peining Chen State Key Laboratory of Molecular Engineering of Polymers Department of Macromolecular ScienceInstitute of Fiber Materials and Devicesand Laboratory of Advanced MaterialsFudan UniversityShanghai200438China

Smart electronic textiles with electronic functions like displaying can provide transformative opportunities for wearable devices that traditional rigid devices are hard to realize.A general strategy of enabling textiles to display is weaving light-emitting fibers into textiles and designing control ***,it remains challenging for the current electronic textiles to display full-color images and ***,we demonstrate a large-area integrated electronic textile system(with a size of 72 cm×50 cm)by weaving light-emitting diode(LED)fibers,touch-sensing fibers and polyester fibers,which could display full-color images(with a gamut of 117.6%NTSC)and continuous videos(with a refresh rate of 11.7 Hz)by designing low-voltage supply mode and parallelly transmitting *** integration of touch-sensing fibers,such textile system could achieve various touch display and interactive functions like smart phones or computers,including hand input of text,hand painting,computing and playing *** stability and durability of textile system withstanding 5000 bending cycles was also demonstrated for wearable *** integrated electronic textile system shows similar flexibility and breathability with regular textiles,which is promising to serve as new human-machine interface to change the way in which people interact with electronics.

关键词： electronic textile display refresh rate integration system

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Recent advances in functional fiber electronics

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SusMat 2021年第1期1卷 105-126页

作者： Xiaopei Zhang Huijuan Lin Huan Shang Jingsan Xu Jixin Zhu Wei Huang Key Laboratory of Flexible Electronics and Institute of Advanced Materials Jiangsu National Synergetic Innovation Center for Advanced MaterialsNanjing Tech UniversityNanjingP.R.China School of Chemistry Physics and Mechanical EngineeringQueensland University of TechnologyBrisbaneQueenslandAustralia Frontiers Science Center for Flexible Electronics Xi’an Institute of Flexible Electronics(IFE)and Xi’an Institute of Biomedical Materials&EngineeringNorthwestern Polytechnical University(NPU)Xi’anP.R.China

Rapid development ofwearable electronicswith various functionalities has stimulated the demand to construct functional fiber devices due to their merits of mechanical flexibility,weavability,miniaturization,and *** this end,fiber components which can realize the functions of energy storage and conversion,actuating plus sensing have gained increasing ***,we summarize the recent progress with respect to fiber material preparation,innovative structure design,and device performance in this review,also highlighting the possibility of integrated fiber electronics as an extension of application,the remaining challenges and future perspectives toward next-generation smart systems and to facilitate their commercialization.

关键词： actuator energy storage device fiber material integration system strain detection

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叙词表集成化体系及应用推进研究

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图书馆学情报学 2022年第9期

作者：陈瑞曾建勋

众多叙词表及术语资源由于资源分散、更新维护慢、不能满足数据大规模应用需要，导致应用情况不理想。叙词表的集成化可对现有信息资源进行充分整合，有助于优化知识组织体系，拓展术语资源的应用范围。本文提出的叙词表集成化体系框架... 详细信息

众多叙词表及术语资源由于资源分散、更新维护慢、不能满足数据大规模应用需要，导致应用情况不理想。叙词表的集成化可对现有信息资源进行充分整合，有助于优化知识组织体系，拓展术语资源的应用范围。本文提出的叙词表集成化体系框架涵盖了标准规范体系、词表集成化支撑体系、词表集成化概念体系、叙词表集成化过程和方法以及系统服务与应用五个方面。集成化过程是在多来源术语集成构建词汇集成库的基础上，进行概念映射、概念融合与关系校验实现概念和概念关系的语义集成，构建一个覆盖多学科领域的、语义关系多样的集成化词表。最后，本文提出了推进集成资源的智能化服务和社会场景应用的具体策略，推动叙词表资源的可持续发展。

关键词：叙词表集成化体系集成化词表语义集成应用模式 thesaurus integration system integrated vocabulary semantic integration application model

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